We carry out a self-consistent calculation of the structure functions in the dissipation range using the Navier-Stokes equation. Combining these results with the known structures in the inertial range, we actually propose crossover functions for the structure functions that take one smoothly from the inertial to the dissipation regime. These crossover functions are shown to exhibit extended self-similarity properties consistent with experimental findings
A new self-similarity theory is proposed for decaying two-dimensional Navier–Stokes tur-bulence, inc...
The present work focuses on structure functions in homogeneous isotropic turbulence. Structure funct...
The scaling laws of the temperature structure functions and their relation with those of velocity ha...
From Navier-Stokes turbulence numerical simulations we show that for the extended self-similarity (E...
\u3cp\u3eA summary of experimental results on structure functions obtained using extended self-simil...
In this letter we report experimental evidence about the possibility to derive the $n$-order structu...
We propose and verify a wave-vector-space version of generalized extended self-similarity [R. Benzi ...
Using a generalization of extended self-similarity we have studied local scaling properties of incom...
The statistical properties of the dissipation process constrain the analysis of large scale numerica...
The inverse of the von Kármán constant κ is the leading coefficient in the equation describing the l...
We review some advances in the theory of homogeneous, isotropic turbulence. Our emphasis is on the n...
A scaling hypothesis leading to generalized extended self-similarity (GESS) for velocity structure f...
Experimental and numerical data within the traditional inertial subrange defined by the third-order ...
The longitudinal fluctuating velocity of a turbulent boundary layer was measured in a water channel ...
A new self-similarity theory is proposed for decaying two-dimensional Navier–Stokes tur-bulence, inc...
The present work focuses on structure functions in homogeneous isotropic turbulence. Structure funct...
The scaling laws of the temperature structure functions and their relation with those of velocity ha...
From Navier-Stokes turbulence numerical simulations we show that for the extended self-similarity (E...
\u3cp\u3eA summary of experimental results on structure functions obtained using extended self-simil...
In this letter we report experimental evidence about the possibility to derive the $n$-order structu...
We propose and verify a wave-vector-space version of generalized extended self-similarity [R. Benzi ...
Using a generalization of extended self-similarity we have studied local scaling properties of incom...
The statistical properties of the dissipation process constrain the analysis of large scale numerica...
The inverse of the von Kármán constant κ is the leading coefficient in the equation describing the l...
We review some advances in the theory of homogeneous, isotropic turbulence. Our emphasis is on the n...
A scaling hypothesis leading to generalized extended self-similarity (GESS) for velocity structure f...
Experimental and numerical data within the traditional inertial subrange defined by the third-order ...
The longitudinal fluctuating velocity of a turbulent boundary layer was measured in a water channel ...
A new self-similarity theory is proposed for decaying two-dimensional Navier–Stokes tur-bulence, inc...
The present work focuses on structure functions in homogeneous isotropic turbulence. Structure funct...
The scaling laws of the temperature structure functions and their relation with those of velocity ha...